Sentences with phrase «global scientific collaboration in»

The report, titled «Knowledge, Networks and Nations: Global Scientific Collaboration in the 21st Century,» analyzes peer - reviewed science papers with abstracts in English to assess which countries were claiming slices of an expanding research pie.

Despite the tremendous growth in global collaborative efforts such as Human Genome Project and Human Frontier Science Program during past few decades, only about 30 % of research output from the United States is internationally collaborative (Global Scientific Collaboration in the 21st Century, 2011, The Royal Society).

Data sharing among countries is the biggest challenge to global scientific collaboration in Earth Science according to my experience in a Sino - German project.

Not exact matches

We use our Global Technology & Innovation Centres to advance scientific research, long term initiatives and innovation in collaboration with key institutes and universities.

TDR is an independent global programme of scientific collaboration that was established in 1975 and is cosponsored by the United Nations Children's Fund, the United Nations Development Programme, the World Bank, and the WHO, under which the programme is administered.

► «In your experience, what is the biggest challenge to global scientific collaboration?

This model of global collaboration is, is the future of excellence in scientific research» concludes Dr. Zhuo.

Besides, I tried every chance to deliver oral presentations in English under all circumstances (speaking), in lab meetings or international conferences, because this is one of the most important parts of our future scientific career for global collaboration.

One can tell easily about a professor's academic standing and scientific merits through his publications and achievements by simple online search, but building trust between researchers in different parts of the world and sustaining it throughout the project is undoubtedly the biggest challenge facing global collaboration.

After conducting scientific investigations in four developing and developed countries, I consider sharing research resources, including funding, equipment, data, and talents, the grand challenge to global scientific collaboration.

In my perspective, the biggest challenge to global scientific collaboration is lack of funding for global issues, as individual national agencies often tend to allocate funds for scientific endeavors aimed at their specific national interests.

To enable scientists to tap in the global scientific networks and collaborations, it would be beneficial if universities and research centers were separated from any immigration cap.

In my own experience, diplomatic issues have lately put way too many obstacles before global scientific collaboration.

This proposal may bring its own set of issues, but unless exchange of materials is streamlined, it will always remain one of the major challenges in global scientific collaboration.

In my opinion, the biggest challenge to global scientific collaboration is to work for scientific knowledge itself, leaving aside personal interests such as profit, competition, rivalry, or selfish recognition.

I believe that the current system, in which research is mostly funded and organized at the national level, along with the uneven nature of research infrastructure, is greatest barrier to global scientific collaboration.

Probably most young scientists, just like me, are lacking experience in global scientific collaboration.

Firstly, we fund scientific research in a truly global context in the form of grants for international collaborations between two to four labs in different countries (and with high priority given to teams on different continents), with both a special programme for Young Investigators and programme grants for scientists at any stage of their careers.

GMTO President Edward Moses said, «The GMT is a global scientific collaboration, with institutional partners in Australia, Brazil, Korea, the United States and in its host nation, Chile.

The role of funding agencies in the enforcement of the principles of research integrity Presenter: Paulo Sérgio Lacerda Beirão, Global Research Council and Ciências Agrárias, Biológicas e da Saúde do Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq), Brazil Scientific integrity in the context of international research collaborations Presenter: Gordon McBean, International Council for Science, Canada Recent research integrity in Asia - Pacific region and the world Presenter: Makoto Asashima, Japan Society for the Promotion of Science, Japan Moving research integrity to a global agenda Presenter: David Stonner, National Science FoundatioGlobal Research Council and Ciências Agrárias, Biológicas e da Saúde do Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq), Brazil Scientific integrity in the context of international research collaborations Presenter: Gordon McBean, International Council for Science, Canada Recent research integrity in Asia - Pacific region and the world Presenter: Makoto Asashima, Japan Society for the Promotion of Science, Japan Moving research integrity to a global agenda Presenter: David Stonner, National Science Foundatioglobal agenda Presenter: David Stonner, National Science Foundation, USA

The list of ten emerging technologies was compiled in a collaboration between Scientific American and the World Economic Forum's Expert Network with suggestions from members of the Expert Network, the forum's Global Future Councils and Scientific American's board of advisers.

SAYAS aims to contribute towards solutions to national and global challenges facing society; provide a platform for young scientists to influence policy decisions; contribute towards the development of scientific capacity in South Africa through mentoring and role - modelling of future scientists; and foster opportunities for interdisciplinary collaborations amongst young scientists.

Working through a number of global collaborations, we are developing this necessary infrastructure — scientific, technical and institutional — to support the use of genomics as a tool in the fight against infectious diseases.

Such an endeavor aims at improving the quality of life of millions of people worldwide and creating a new paradigm for global scientific collaborations between academia and industry, one in which science becomes a powerful agent for social and educational transformation.

The Buck Index 2012 Letter from the President Letter from the Chair Going Global Year in Review Accomplishments Postdoc Collaborations Geroscience Faculty Profiles Board of Trustees Scientific Advisory Board Buck Advisory Council Financial Honor Roll of Donors

All of this is in the pursuit of scientific collaboration, exposing young scientists in one field related to origins to those in another, and generally adding to global knowledge about the sprawling subject of origins of life.

11 - 13 September 1996) decided to produce this Special Report, Aviation and the Global Atmosphere, in collaboration with the Scientific Assessment Panel to the Montreal Protocol.

On one hand, you have 2,000 scientists from 100 countries reporting to the U.N. — in what is the largest and most rigorously peer - reviewed scientific collaboration in history — that human - induced global warming is happening.